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Research on aspheric focusing lens processing and testing technology in the high-energy laser test system

机译:高能激光测试系统中非球面聚焦透镜的加工与测试技术研究

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In the high-energy laser test system, surface profile and finish of the optical element are put forward higher request. Taking a focusing aspherical zerodur lens with a diameter of 100mm as example, using CNC and classical machining method of combining surface profile and surface quality of the lens were investigated. Taking profilometer and high power microscope measurement results as a guide, by testing and simulation analysis, process parameters were improved constantly in the process of manufacturing. Mid and high frequency error were trimmed and improved so that the surface form gradually converged to the required accuracy. The experimental results show that the final accuracy of the surface is less than 0.5μm and the surface finish is□, which fulfils the accuracy requirement of aspherical focusing lens in optical system.
机译:在高能激光测试系统中,对光学元件的表面轮廓和光洁度提出了更高的要求。以直径为100mm的非球面调焦非球面零透镜为例,研究了采用CNC和经典加工方法结合透镜的表面轮廓和表面质量的方法。以轮廓仪和大功率显微镜的测量结果为指导,通过测试和仿真分析,在制造过程中不断改进工艺参数。修整并改善了中高频误差,使表面形状逐渐收敛至所需的精度。实验结果表明,该表面的最终精度小于0.5μm,表面光洁度为□,满足了光学系统中非球面聚焦透镜的精度要求。

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